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Unless we know all the factors involved in 'survival' we can't assume that it's enhanced by greater energy efficiency. The latter may be counter-productive in w
by vixen99 8y ago
Unless we know all the factors involved in 'survival' we can't assume that it's enhanced by greater energy efficiency. The latter may be counter-productive in ways that are not immediately obvious. Given the state of inefficiency of conversion that's evolved (survived), clearly there has not been a need for efficiency besting 1-2 per cent.
- AllegedAlec 8y agoThat's not generally not how evolution works. Sure, a plant will do fine with the current efficiency of photosynthesis, but intuition would tell us that a plant would do more fine if its leaves were more efficient. It would grow faster, have more or better seed and would generally outcompete other plants of its species. That the efficiency is not higher than this leads us to believe that either: - there are strong evolutionary imperatives to not raise the efficiency any further (ie: "there has been a need not to", rather than "there has not been a need to). This could be due to a lot of reasons; oxidative stress, a plant's 'desire' to have a large leaf surface, a tendency to dry out the soil too quickly, etc etc. - With the current 'design' of chlorophyl, it is not possible to increase efficiency further, and it's quite hard to get out of the local optimum.
- Drakim 8y agoThe higher amount of energy (sugar?) might make the plant more prone to predation.
- AllegedAlec 8y agoThat would also be a possibility, yeah.
- chopin 8y agoThat could be countered with venom, especially if you have plenty of energy available. Many plants already go that route, even now.